固体激光材料物理学(英文版)(精) azw3 chm 地址 kindle 阿里云 下载 umd pdf

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Contents

1 Energy Level of Free Ions

1.1 Energy Levels of the Single Electron in Atoms (Free Ions)

1.2 General Properties of Energy Level in Multi-electron of Free Ions

1.3 Energy Levels of Free Transition-Metal Ions

1.4 Energy Levels of Free Rare Earth Ions

1.5 Theory of Interactions in Rare Earth Ions

References

2 Group Theory and Quantum Theory

2.1 Mathematical Deion of the Symmetry

2.2 Basic Conception of the Group

2.3 Theory of Group Representations

2.4 Direct Product Group and Direct Product Representation

2.5 Sketches of the Group in Spectroscopy

2.5.1 Finite Group

2.5.2 Permutation Group

2.5.3 Continuous Groups

2.6 Point Group and Their Representation

2.7 Symmetry and Quantum Theory of the Ions in Solids

2.8 Full Rotation Group and Angular Momentum Theory

2.9 Irreducible Tensor Operators and the Calculation of Matrix Elements

References

3 Rare Earth Ions in Materials

3.1 Crystal Field on the Active Ions

3.2 Energy Level Splitting of the Rare Earth Ions

3.3 Crystal Field Quantum Number

3.4 Group Chain Scheme Method in Crystal Field Analysis

References

4 Theory of Radiative Transition

4.1 Interactions Between Active Ions and Radiation

4.2 Probability of Emission and Absorption Processes

4.3 Selection Rules for Radiative Transition

4.3.1 Selection Rules for Radiative Transition of Free Ions and Atoms

4.3.2 Selection Rules for Radiative Transition of Ions in Materials

References

5 Spectroscopic Parameter and Their Calculation

5.1 Absorption Coefficient, Absorption (Emission) Cross-Section, and Oscillator Strength

5.2 Analysis of the Absorption Coefficients of Anisotropic Crystal

5.3 Judd–Ofelt Approximation and Related Parameter

5.4 Spectroscopic Parameter Calculation of Rare Earth Ion in Crystal

5.5 Hypersensitive Transitions

References

6 Phonon and Spectral Line

6.1 Quantization of Lattice Vibration—Phonon

6.2 Phonon Emission and Absorption in the Optical Transition

6.3 Main Mechanisms of the Thermal Spectral Line Broadening and Shifting

6.4 The Contribution of Single-Phonon Absorption (Emission) to the Spectral Linewidth

6.5 The Contribution of Phonon Raman Scattering to the Spectral Linewidth

6.6 Calculation of the Thermal Shifting of Spectral Lines

6.7 Examples for the Calculation of Thermal Spectral Line Broadening and Shifting

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